Precision-engineered high-voltage AC generators, slip-ring wound rotor induction motors, and prime movers manufactured under strict ISO 9001 and CE compliance for continuous heavy industrial deployment.
High-efficiency 3-phase asynchronous induction motor configured for heavy draft fans, industrial cooling towers, and auxiliary turbogenerator blower systems.
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Heavy-duty slip ring wound rotor motor engineered for high starting torque loads, heavy ball mills, compressor drives, and power station prime movers.
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Optimized IE2 energy-efficiency 4-pole wound rotor motor tailored for mining slurry pumps, industrial agitators, and continuous process plants.
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Megawatt-class high-voltage slip ring motor offering exceptional thermal reserve, low starting current spikes, and extreme reliability for steel and mining operations.
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Versatile multi-voltage heavy AC electrical machine range (5.5kW to 3150kW) compliant with international grid voltages and hazardous area installation requirements.
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Ruggedized Class YZR wound rotor motor engineered for metallurgical cranes, hoists, port machinery, and heavy mechanical power transmission.
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Specialized slip-ring motor design featuring high overload capacity, robust mechanical structure, and thermal endurance under intermittent duty cycles.
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Standard industrial 50Hz 4-pole wound rotor motor providing optimized power factor, cast-iron frame durability, and seamless drop-in fitment.
Contact UsArgentina’s industrial sector is undergoing a profound structural evolution. Driven by megaprojects across the Vaca Muerta shale gas formation in the Neuquén Basin, high-altitude lithium carbonate extraction in the Puna region (Jujuy, Salta, and Catamarca), and intensive modernization of agri-industrial processing centers along the Paraná River, the demand for ultra-reliable heavy rotating equipment has reached an all-time peak. For engineering directors, procurement leaders, and power plant operators in Argentina, sourcing high-voltage CE Certified Turbo Generators and heavy-duty AC induction motors is not merely a purchasing transaction—it is a critical capital decision that governs operational uptime, safety compliance, and levelized cost of energy (LCOE).
As a global OEM manufacturer with over 128 years of rotating electrical machine heritage (tracing back to Parson Peebles and TDC engineering foundations), our factory delivers custom-engineered synchronous turbogenerators and heavy wound rotor induction motors specifically calibrated for Argentina’s SADI (Sistema Argentino de Interconexión) grid parameters and regional environmental stresses.
Navigating international machinery import compliance into Argentina requires robust certification alignment. Our manufacturing facilities operate strictly under EU Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and Electromagnetic Compatibility (EMC) Directive 2014/30/EU. Furthermore, for hazardous hydrocarbon processing environments in Vaca Muerta, our generator sets carry explosion-proof certifications including Ex p (pressurized) and Ex ec (non-sparking) validated by SGS Baseefa under ATEX Directive 2014/34/EU and IECEx standards.
Importantly, CE certification provides direct technical parity and accelerated verification under Argentina's national IRAM (Instituto Argentino de Normalización y Certificación) and SEC regulations, ensuring frictionless customs clearance at the Port of Buenos Aires or Zarate, accompanied by full factory acceptance testing (FAT) documentation.
Key energy transition drivers, grid stabilization challenges, and regional industrial expansion shaping equipment procurement across Argentine provinces.
Rapid expansion of unconventional gas extraction in Neuquén demands high-efficiency gas-turbine driven turbo generators (5MW to 50MW) to capture flare gas and power remote field compressor stations under continuous 24/7 duty cycle.
Mining operations in the Andean Puna (3,800m+ elevation) suffer severe atmospheric derating. Custom stator vacuum pressure impregnation (VPI) and oversized thermal cooling circuits are vital to ensure 100% rated output at high altitude.
With CAMMESA tightening power quality requirements, industrial self-generators must incorporate synchronous generators with low harmonic distortion (THD < 1.5%) and advanced digital Automatic Voltage Regulators (AVR) for grid stabilization.
Industrial applications in Argentina demand highly tailored generator rotor dynamics, custom shaft heights, and application-specific cooling topologies. Below is a structural engineering analysis of where our CE-certified turbo generators and heavy induction motors excel:
Region: Tucumán & Rosario Industrial Belt.
Application: Steam turbine co-generation utilizing sugarcane bagasse fuel.
Equipment: 4-Pole 1500 RPM synchronous turbo generators (6.3kV to 13.8kV, 50Hz) featuring CACA (IC611) closed-loop air cooling to protect against high ambient humidity and organic airborne dust.
Region: Villa Constitución & San Nicolás.
Application: Drive prime movers for rolling mills and heavy crane hoists.
Equipment: YZR Series crane slip ring wound rotor motors and high-torque YR series 3200kW induction motors, offering extreme mechanical shock tolerance and high thermal capacity (Class H insulation with Class B temperature rise margin).
Region: Comahue & Patagonia Hydro Complexes.
Application: Black-start auxiliary emergency generators and synchronous condensers.
Equipment: Salient-pole synchronous generators engineered for fast ramp rates, robust reactive power injection ($Q$), and seamless automatic synchronization with regional 50Hz transmission lines.
When selecting a manufacturing partner for critical turbo generator assets, track record and engineering pedigree are paramount. Operating from advanced manufacturing centers in the UK (Edinburgh and Birmingham) along with global support networks, our group holds over 128 years of continuous rotating electrical machinery experience.
Comprehensive engineering comparison table for technical evaluation by plant managers and electrical design engineers.
| Series Model | Power Range | Voltage Rating | Speed / Poles | Cooling Method | Protection Rating | Target Industrial Application |
|---|---|---|---|---|---|---|
| TG-Sync Series | 1.5 MW - 35 MW | 3.3 kV - 13.8 kV | 1500 / 3000 RPM (2P/4P) | CACW (IC81W) / CACA (IC611) | IP54 / IP55 / Ex p | Vaca Muerta Flare Gas Turbines, Co-Gen Steam Plants |
| YR Heavy HV Motor | 250 kW - 3200 kW | 380 V - 10 kV | 750 - 1500 RPM (4P-8P) | CACA (IC611) / ODP (IP23) | IP23 / IP54 | Mining Ball Mills, Heavy Compressors, Prime Movers |
| YE2 Standard Series | 15 kW - 315 kW | 380 V - 660 V | 1000 - 1500 RPM (4P/6P) | TEFC (IC411) | IP55 | Industrial Fans, Water Pumps, Auxiliary Drives |
| YZR Metallurgy Series | 7.5 kW - 250 kW | 380 V - 440 V | 600 - 1000 RPM (6P-10P) | Self-Cooled (IC410) | IP54 / IP55 | Port Gantry Cranes, Steel Mill Hoists, Metallurgical Duty |
CE certification demonstrates full compliance with European safety, electrical, and mechanical directives (2006/42/EC, 2014/35/EU, 2014/30/EU). In Argentina, customs authorities and technical auditors (such as IRAM and the National Secretary of Energy) recognize CE test certificates and factory test reports as primary proof of safety. This significantly streamlines customs release at Argentine ports and satisfies CAMMESA grid interconnection safety audits.
At elevations exceeding 1,000 meters above sea level, reduced air density impairs electrical dielectric breakdown strength and decreases convection cooling efficiency. To prevent thermal overload and insulation flashover, our engineers apply specific altitude derating calculations ($k_a$ factor), increase stator winding clearance margins, oversize internal air-to-air (CACA) heat exchangers, and utilize Class H VPI insulation operated at conservative Class B temperature rises.
Yes. Drop-in replacement engineering is one of our primary core competencies. We reverse-engineer existing machinery footprints using 3D laser scan data to match shaft extension diameters, keyway slots, foot mounting hole centers, terminal box orientations, and cooler connection points. This enables direct bolt-down installation onto existing concrete foundations without re-engineering site civil works.
Absolutely. For installation in hazardous zones containing flammable hydrocarbons, we manufacture ATEX and IECEx certified explosion-protected generators. Options include pressurized enclosures (Ex p) that maintain positive internal clean-air pressure to prevent flammable gas ingress, and non-sparking (Ex ec) configurations tested by SGS Baseefa.
Every machine undergoes rigorous FAT at our UK testing facility. Buyers receive a complete technical dossier including certified dimensional drawings, mechanical balance reports (ISO 1940), dielectric breakdown and insulation resistance test certificates, temperature rise curves, winding resistance measurements, and full CE Declaration of Conformity documents.
We support Argentine clients through global field service engineers, local technical partners in Latin America, and rapid dispatch of OEM spare parts (including custom carbon brushes, AVR modules, slip-ring assemblies, and bearing cartridges) directly to Buenos Aires or regional airport hubs, backed by remote diagnostic analysis.
Planning a co-generation expansion in Vaca Muerta, a high-altitude mining project in the Andes, or replacing a legacy turbogenerator in Argentina? Connect with our senior rotating equipment engineers today for custom design proposals, technical datasheets, and competitive OEM quotation.
